Ikuti
Iwan Prasetiyo
Iwan Prasetiyo
Engineering Physics, ITB
Email yang diverifikasi di itb.ac.id - Beranda
Judul
Dikutip oleh
Dikutip oleh
Tahun
Sound absorption of extracted pineapple-leaf fibres
A Putra, KH Or, MZ Selamat, MJM Nor, MH Hassan, I Prasetiyo
Applied Acoustics 136, 9-15, 2018
1482018
Theoretical model of absorption coefficient of an inhomogeneous MPP absorber with multi-cavity depths
AI Mosa, A Putra, R Ramlan, I Prasetiyo, AA Esraa
Applied Acoustics 146, 409-419, 2019
762019
Realization of a thin and broadband microperforated panel (MPP) sound absorber
I Prasetiyo, I Sihar, AS Sudarsono
Applied Acoustics 183, 108295, 2021
302021
Modelling sound absorption of tunable double layer woven fabrics
I Prasetiyo, E Muqowi, A Putra, M Novenbrianty, G Desendra, DR Adhika
Applied Acoustics 157, 107008, 2020
292020
Study on inhomogenous perforation thick micro-perforated panel sound absorbers
I Prasetiyo, J Sarwono, I Sihar
Journal of Mechanical Engineering and Sciences 10 (3), 2350-2362, 2016
222016
Investigation of sound transmission in lightweight structures using a waveguide finite element/boundary element approach
I Prasetiyo
University of Southampton, 2012
212012
Sound absorption characteristics of pineapple leaf/epoxy composite
DR Adhika, I Prasetiyo, A Noeriman, N Hidayah, S Widayani
Archives of Acoustics 45 (2), 233–240, 2020
172020
On woven fabric sound absorption prediction
I Prasetiyo, G Desendra, MN Hermanto, DR Adhika
Archives of Acoustics, 707–715-707–715, 2018
142018
Enhancing nonwoven fabric material sound absorption using embedded labyrinthine rigid structures
I Prasetiyo, I Sihar, F Brahmana
Applied Acoustics 195, 108852, 2022
82022
Development of stackable subwavelength sound absorber based on coiled-up system
I Prasetiyo, K Anwar, F Brahmana, K Sakagami
Applied Acoustics 195, 108842, 2022
82022
Green Acoustic Absorber from Pineapple Leaf Fibers
A Putra, I Prasetiyo, Z Selamat
Pineapple Leaf Fibers: Processing, Properties and Applications, 143-165, 2020
72020
Sound insulation design improvement for reducing noise of paper factory office
MS Kanteyan, SS Utami, I Prasetiyo, RJ Yanti
Journal of Physics: Conference Series 1075 (1), 012060, 2018
72018
Study on vibro-acoustics characteristics of bamboo-based violin
T Aditanoyo, I Prasetiyo, IBA Putra
Procedia engineering 170, 286-292, 2017
72017
Developing Sub-wavelength sound absorber based on coiled up tube resonator
I Prasetiyo, E Wongso, J Sarwono
Journal of Engineering and Technological Sciences 51 (3), 323-336, 2019
62019
Natural ventilation system with thin microperforated panel (MPP) component for wideband sound insulation
I Prasetiyo, I Sihar, J Sarwono, AS Sudarsono
Applied Acoustics 210, 109413, 2023
52023
Sound absorption characteristics of thin parallel microperforated panel (MPP) for random incidence field
I Prasetiyo, I Sihar, AS Sudarsono
Applied Acoustics 201, 109131, 2022
52022
Experimental investigation of fabric-based micro perforated panel absorber
G Desendra, MN Hermanto, I Prasetiyo, DR Adhika
Journal of Physics: Conference Series 1075 (1), 012009, 2018
52018
First-principles molecular dynamics study on Helium-filled carbon nanotube
MK Agusta, I Prasetiyo, AG Saputro, R Maezono, HK Dipojono
Journal of Physics: Conference Series 739 (1), 012081, 2016
52016
Sound absorption performance of sugar palm trunk fibers
AE Prabowo, K Diharjo, I Prasetiyo
E3S Web of Conferences 130, 01003, 2019
42019
A Gold Bar Purity Testing Method Based on Vibration Characteristics
I Prasetiyo, I Sihar, K Agusta, I Handayani
Applied Mechanics and Materials 771, 223-226, 2015
42015
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